GFH Laser Micro Machining GL evo CNC Machine Specifications
Origin: Germany
Category: Laser Cutting
| Axis | X | Y | Z | A | C |
|---|---|---|---|---|---|
| Axis type | linear | rotary | |||
| Drive type | direct drive | spindle drive | torque drive | ||
| Bearing | air bearings | M&V-guidance | roller bearing | air bearings | |
| Travels [mm] | 640 | 445 | 360 | ± 110° | endless |
| Speed | 120 m/min | 60 m/min | 500 U/min | 700 U/min | |
| Acceleration | 20 m/s² | 170 1/s² | 120 1/s² | ||
| Repeatability | 1 µm | 3 µm | 4 arcsec | 2 arcsec | |
| Accuracy | 1,5 µm | 4 µm | 5 arcsec | 4 arcsec | |
| Perm. comp. weight | 100 kg | 10 kg | |||
| Clamping set-up | T-notches plate | clamping system | |||
| Sound pressure level | ≤ 70 dB | ||||
| Dimensions [mm] | B = 2344 / T = 3455 / H = 3087 | ||||
| Total weight | 13 t | ||||
GL.evo is a universal and high-precision machine tool designed for
industrial laser microprocessing. The machine concept harmonizes the
requirements of high-precision and highly dynamic kinematics with the demands of
ultra-short pulse laser technology, enabling the production of the most
challenging components, including 5-axis simultaneous machining.
As a result, the GL.evo can be applied across the entire spectrum of laser micro-machining
processes and can be optimally customized to customer-specific requirements
through a wide range of modular options.
The machine control system, beam source, and all integrated modules are operated via a
uniform and consistent user interface. This intuitive control concept enables
real-time monitoring and adjustment of all process parameters, significantly reducing
process development time and ensuring rapid identification of the optimal machining
parameter set.
Highlights
- Working area of 640 × 445 mm
- Machine base made of granite
- Excellent damping characteristics and long-term stability
- Position accuracy of ± 1 µm
- Maximum acceleration up to 2 g
- Maximum axis speed of 2 m/s
- Air-bearing axis guides in X and Y axes
- Universal 5-axis simultaneous machining capability
- Active water cooling of all relevant components
- High temperature stability
- Vibration-optimized machine structure
- No wear in guide systems
- Control cabinet fully integrated into the machine
